FIREFLY® Technology
Features and Benefits
UNSURPASSED ACCURACY
FIREFLY® Navigation Guides provide superior accuracy and precision for implant placement along each planned trajectory
by incorporating multiple points of anatomical contact and mechanical constraint for instrumentation.[2] The FIREFLY®
Navigation Guides provides a solution with similar performance to that of a robotic arm port, but without the need to
reregister the patient due to intersegmental motion.
OPEN SCREW PLATFORM
FIREFLY® Navigation Guidance Platform is an open platform, screw-agnostic system enabling surgeons to select the
screw system that best suits their patient so there is no compromising or needing to learn new systems.
REDUCED RADIATION
The use of FIREFLY® Navigation Guides not only greatly reduces the amount of radiation exposure to the patient,
but also to the OR staff intraoperatively. When compared to an intraoperative O-Arm spin or the average intraoperative
C-Arm dosage, the use of mechanical guides reduced radiation exposure by 94% or 87% respectively[3].
TIME AND COST REDUCTION
Navigating with FIREFLY® does not require any capital investment or multi-year contracts. These guides are also proven
to cut down on time per instrumented level by up to 30% when compared to traditional free-hand techniques[4], making FIREFLY®
Navigation Guides the economical choice for navigational safety and accuracy.
1. Reference FF-PSG-1047_C (on file with Mighty Oak Medical)
2. Reference PARC-00007 (on file with Mighty Oak Medical)
3. Reference PARC-00035 (on file with Mighty Oak Medical)
4. Farshad et. al. Accuracy of patient-specific template-guided vs. free-hand fluoroscopically controlled pedicle screw placement in the thoracic and lumbar spine:
a randomized cadaveric study. Eur Spine J. 2016